BS Publications BSP BSP Books Pvt. Ltd. Phone : 040-23445688, 23445605 Fax : 91+40-23445611 e-mail : [email protected]1 Visit: www.bspbooks.net / www.bspublications.net for latest updates Chemistry CHEMISTRY Principles of Pharmaceutical Organic Chemistry Rama Rao Nadendla Contents: 1. Atomic Structure 2. Chemical Bonding and Hybridisation 3. Purification and Characterisation of Organic Compounds 4. Electron Displacement Effects 5. Reactive Intermediates 6. Classification and Nomenclature of Organic Compounds 7. Principles of Isomerism 8. Chemistry of Alkanes 9. Chemistry of Alkenes 10. Chemistry of Alkynes 11. Chemistry of Dienes 12. Chemistry of Cycloalkanes 13. Chemistry of Alkyl halides 14. Alcohols 15. Chemistry of Ethers and Epoxides 16. Chemistry of Benzene and Aromaticity 17. Chemistry of Aryl Halides 18. Aromatic Sulphonic Acids 19. Chemistry of Aldehydes and Ketones 20. Carboxylic Acids 21. Chemistry of Carboxylic Acid Derivatives 22. Chemistry of a, b-Unsaturated Carbonyl Compounds 23. Chemistry of Phenols 24. Chemistry of Amines 25. Aromatic Heterocyclic Compounds 26. Carbohydrates 27. Phase-Transfer Catalysis 2014 978-81-7800-295-8 420 pp BSPPMP PB Rs. 375.00 Elementary Pharmacoinformatics T. Durai Ananda Kumar Contents: 1. Introduciton 2. Databases 3. Database Management 4. Data Mining 5. Bibliographic Databases 6. Library Catalogues 7. Search Machines 8. Drug Information 9. Pharmacy Automation 10. Drug research 11. Drug Discovery 12. Drug Development 13. Drug Design 14. Quantitative Structure Activity Relationship 15. Virtual Screening 16. Target Identification 17. Molecular Modeling 18. Docking 19. Biological Databases 20. Homology Modeling 21. Sequence Similarity 22. Sequence Alignment 23. Dot Matrix 24. Dynamic Programming 25. Heuristic Method 26. Sequence Comparison Methods 27. Phylogenetic Analysis 28. Gene Prediction 29. Scoring Matrices 30. Homology Modeling 31. Receptors 32. Biophysical Techniques 33. Molecular Visualization 34. Molecular Biology 35. Relational Databases 36. Scripting Languages 37. Structured Query Language (SQL) 2014 978-81-7800-315-3 328 pp BSPPMP PB Rs. 450.00 NEW NEW Medicinal Chemistry, 2nd Ed. Rama Rao Nadendla Contents: 1. Introduction to Medicinal Chemistry 2. General Principles of Drug Action 3. Physicochemical Properties of Organic Medicinal Agents 4. Quantitative Structure Activity Relationships 5. Drug Design 6. Combinatorial Chemistry 7. Sulfonamides 8. Penicillins 9. Cephalosporins 10. Aminoglycosides 11. Tetracyclines 12. Macrolides 13. Polypeptide and Miscellaneous Group of Antibiotics 14. Urinary Antiseptics 15. Anti-tubercular Drugs 16. Antileprotic Drugs 17. Antimalarials 18. Antiprotozoals 19. Anthelmentics 20. Antifungal Agents 21. Antiviral Agents 22. Anticancer Drugs 23. Gastrointestinal Agents 24. Cardiovascular Agents 25. Coagulants and Anticoagulants 26. Diagnostic Agents 27. Chemistry of Vitamins 28. Steroids and Steriodal Drugs 2013 978-81-7800-296-5 388 pp BSPPMP PB Rs. 325.00 NEW Instrumental Methods of Chemical Analysis, 5th Ed. Galen W. Ewing Contents: 1. Introduction, 2. Introduction to Optical Methods, 3. The Absorption of Radiation: Ultraviolet and visible, 4. The Absorption of Radiation: Infrared, 5. Atomic Absorption, 6.Molecular Luminescence: Fluorimetry, Phosphorimetry, and Raman Spectroscopy, 7. Photo acoustic Spectroscopy, 8.The Scattering of Radiation, 9. Atomic Emission Spectroscopy, 10. Polarimetry, Optical Rotatory Dispersion, and circular Dichroism, 11. X-Ray Methods, 12. Electron and Ion Spectroscopy, 13. Magnetic Resonance Spectroscopy,14. Introduction to Electrochemical Methods, 15. Potentiometry, 16. Voltammetry, Polarography, and Related Methods, 17. Electrodesposition and Coulometry, 18. Conductimetry, 19. Introduction to Chromatography, 20. Gas Chromatography, 21. Liquid Chromatography, 22.Mass Spectrometry, 23. Thermometric Methods, 24. Nuclear Methods, 25. Automatic Analyzers, 26. General Considerations in Analysis, 27. Electronic Circuitry for Analytical Instruments, 28. Computers in Analytical Instrumentation 2013 9781259097072 538 pp BSPPMP PB Rs. 995.00 NEW Quantitative Drug Design: A Critical Introduction, 2 nd Ed. Martin Yvonne C Contents: 1. Overview of Quantitative Drug Design 2. Non-Covalent Intermolecular Interactions of Importance to Biological Systems 3. Traditional QSAR Substituent Effects on Physical Properties Calculated from 2D Structures of molecules 4. QSAR Molecular Properties Calculated from 3D Structures of Molecules 5. Biological Data 6. The Form of the Equation that Relate Potency and Physical Properties 7. Principles of Multivariate Statistical Analysis 8. Strategy in the Statistical Evaluation of a Real Data Set 9. A Detailed Example of Calculations of a 2D and a 3D QSAR 10. Other Mathematical Methods of use in Quantitative Structure Activity Studies 11. Selection of Compounds for Synthesis to Follow Up a Lead: How to Start and When to Stop 12. Case Studies in QSAR 13. Computer Recognition or Design of New Molecules Rpt. 2013 978-1-4200-7099-6 392 pages PB Rs. 1095.00
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CHEMISTRY Principles of Pharmaceutical Organic Chemistry …€¦ · Compendium of Organic Medicinal Drugs, 6 Volume set provides detailed information on the organic chemistry of
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Principles of Pharmaceutical Organic ChemistryRama Rao Nadendla
Contents: 1. Atomic Structure 2. Chemical Bonding and Hybridisation 3. Purification and Characterisation of Organic Compounds4. Electron Displacement Effects 5. Reactive Intermediates 6. Classification and Nomenclature of Organic Compounds 7. Principles ofIsomerism 8. Chemistry of Alkanes 9. Chemistry of Alkenes 10. Chemistry of Alkynes 11. Chemistry of Dienes 12. Chemistry ofCycloalkanes 13. Chemistry of Alkyl halides 14. Alcohols 15. Chemistry of Ethers and Epoxides 16. Chemistry of Benzene andAromaticity 17. Chemistry of Aryl Halides 18. Aromatic Sulphonic Acids 19. Chemistry of Aldehydes and Ketones 20. Carboxylic Acids21. Chemistry of Carboxylic Acid Derivatives 22. Chemistry of a, b-Unsaturated Carbonyl Compounds 23. Chemistry of Phenols24. Chemistry of Amines 25. Aromatic Heterocyclic Compounds 26. Carbohydrates 27. Phase-Transfer Catalysis
Instrumental Methods of Chemical Analysis, 5th Ed.Galen W. Ewing
Contents: 1. Introduction, 2. Introduction to Optical Methods, 3. The Absorption of Radiation: Ultraviolet and visible, 4. The Absorptionof Radiation: Infrared, 5. Atomic Absorption, 6.Molecular Luminescence: Fluorimetry, Phosphorimetry, and RamanSpectroscopy, 7. Photo acoustic Spectroscopy, 8.The Scattering of Radiation, 9. Atomic Emission Spectroscopy, 10. Polarimetry,Optical Rotatory Dispersion, and circular Dichroism, 11. X-Ray Methods, 12. Electron and Ion Spectroscopy, 13. Magnetic ResonanceSpectroscopy,14. Introduction to Electrochemical Methods, 15. Potentiometry, 16. Voltammetry, Polarography, and RelatedMethods, 17. Electrodesposition and Coulometry, 18. Conductimetry, 19. Introduction to Chromatography, 20.GasChromatography, 21. Liquid Chromatography, 22.Mass Spectrometry, 23. Thermometric Methods, 24. Nuclear Methods, 25. AutomaticAnalyzers, 26. General Considerations in Analysis, 27. Electronic Circuitry for Analytical Instruments, 28. Computers in AnalyticalInstrumentation
2013 9781259097072 538 pp BSPPMP PB Rs. 995.00
NEW
Quantitative Drug Design: A Critical Introduction, 2nd Ed.Martin Yvonne C
Contents: 1. Overview of Quantitative Drug Design 2. Non-Covalent Intermolecular Interactions of Importance to Biological Systems3. Traditional QSAR Substituent Effects on Physical Properties Calculated from 2D Structures of molecules 4. QSAR MolecularProperties Calculated from 3D Structures of Molecules 5. Biological Data 6. The Form of the Equation that Relate Potency and PhysicalProperties 7. Principles of Multivariate Statistical Analysis 8. Strategy in the Statistical Evaluation of a Real Data Set 9. A DetailedExample of Calculations of a 2D and a 3D QSAR 10. Other Mathematical Methods of use in Quantitative Structure Activity Studies11. Selection of Compounds for Synthesis to Follow Up a Lead: How to Start and When to Stop 12. Case Studies in QSAR13. Computer Recognition or Design of New Molecules
Compendium of Organic Medicinal Drugs:6 Vol. Set (With Detailed Synthetic Routes)
Raj B. Durairaj and Magesh SathaiahGlobally, the prescription drug industry is more competitive and dynamic. Every year new drugs areintroduced based on the novel drug chemistries developed by Pharmaceutical companies. In addition,generic drugs are also introduced based on the information obtained from expired patents for the wellknown brand name drugs. Pharmaceutical and chemical companies are constantly developing new andimproved processes to manufacture pharmaceutical raw materials, active intermediates and final drugcompounds in cost effective ways to lower the cost of Medicinal drugs. Cost effective manufacturing ofdrug intermediates and drug compounds primarily depend on employing efficient and economical synthesisprocedures in their preparations.
Compendium of Organic Medicinal Drugs, 6 Volume set provides detailed information on the organic chemistry of top selling medicinal drugs to treatpeople suffering from various diseases worldwide. Each volume contains the details on various chemistries involved in developing these prescriptionand generic drugs. Specific details include the synthetic pathways or reaction schemes, complete preparative procedures to manufacture these drugcompounds either directly from their raw materials or active intermediates, drug compound physical properties, brand and generic names, pharmacologicaldata, toxicity data and applications. “Compendium of Organic Medicinal Drugs” volume series could provide valuable information for the chemicalproducers and scientists involved in the manufacture of intermediates and active pharmaceutical ingredients (API) for the drug industry. For peopleinterested in new pharmaceutical businesses, these volumes could act as the starting point for their earlier investigations and potentially look for newopportunities in the prescription or generic drug businesses. In addition to chemical and pharmaceutical industry professionals, the synthetic organicchemistries outlined in these books can be valuable to people who might be interested to know the details of drugs syntheses and their manufacturingprocedures.
Key Features of Multi VolumesKey Features of Multi VolumesKey Features of Multi VolumesKey Features of Multi VolumesKey Features of Multi Volumes• 5700+ preparative procedures to manufacture and 230+ top selling prescription and generic drugs.• Valuable resource for the current and future drug, intermediate and active pharmaceutical ingredient (API) manufacturers, chemists and
scientists involved in the development of drugs.
TTTTTarararararget Readershipget Readershipget Readershipget Readershipget ReadershipThe Compendium of Organic Medicinal Drugs book series is an invaluable resource for anyone in the global pharmaceutical industry and educational
institutions, and an excellent platform for drug companies to benchmark their products and for generic companies to formulate drugs coming offpatent. This comprehensive book series can be used as a standard reference for all those working in pharmaceutical industry and Universities and
Colleges offering either Degrees or Diplomas in the field of Pharmaceutical Sciences.The Compendium of Organic Medicinal books will appeal to both newcomers and experienced scientists in the field research and development
departments in the pharmaceutical industry.Contents: Volume 1: Chemistry of Respiratory System and Gastrointestinal Drugs 1. Anti-inflammatory And Anti-allergy Drugs 2. Anti-tussiveDrugs 3. Anti-asthma Drugs 4. Antiemetic Drugs 5. Anti-irritable Bowel Syndrome (Ibs) Drugs 6. Anti-ulcer Drugs Volume 2: Chemistry of CentralNervous System (CNS) Drugs 1. Anti-convulsants Drugs 2. Anti-depressant Drugs 3. Anti-schizophrenia Drugs 4. Anti-parkinson Drugs 5. MiscellaneousCentral Nervous System Drugs Volume 3: Chemistry of Musculoskeletal Drugs 1. Anti-inflammatory - Analgescics 2. Anti-osteoporotic Drugs3. Drug For Gout 4. Muscle Relaxants Volume 4: Chemistry of Cardiovascular Drugs 1. Angiotensin Converting Enzyme (Ace) 2. AngiotensinReceptor Blockers (Arb) 3. Beta Blockers 4. Calcium Channel Blockers 5. Lipid Lowering Drugs 6. Diuretics 7. Anti-diabetic Drugs 8. MiscellaneousCardiovascular Drugs Volume 5: Chemistry of Anti-Microbials Drugs 1. Antibiotics 2. Antifungals 3. Antiviral 4. Drugs for HIV and AIDS Volume6: Chemistry of Chemotherapeutics and Human Health Drugs 1. Chemotherapeutics 2. Men’s Health 3. Women’s Health 4. Bph and Urination5. Miscellaneous Drugs
2013 978-93-81075-37-1 5282 pp HB BSPPMP Set Price: Rs. 24995.00
NEW
Advanced Medicinal Chemistry: A Laboratory GuideM. Raghu Prasad and A. Raghuram Rao
Contents: Part A: Isolation of natural products of Medicinal Interest Part B: Solvent Purification Techniques Part C: Synthesis ofDrug Intermediates and Drug Candidates Part D: Quantitative Estimation of Drugs / API’s in Formulations Part E: Analysis of Oils and FatsPart F: Interpretation of Different Spectra Part G: Essentials of Bioinformatics and Molecular Modeling
Drug Design: Medicinal Chemistry , 10 Vol. Set(A Series of Monographs)
Edited by: E.J. AriensContents: Volume I: 1. A General Introduction to the Field of Drug Design 2. QuantitativeStructure–Activity Relationships in Drug Design 3. Physicochemical Approaches to the RationalDevelopment of New Drugs 4. A Molecular Orbital Approach to Quatiative Drug Design5. Electronics Aspects of Drug Action 6. The Role of Biopharmaceutics in the Design of DrugProducts 7. Significance of Phamacokinetics for Drug Design and the Planning of DosageRegimens Volume II: 1. Modulation of Pharmacokinetics by Molecular Manipulation 2. Factors inthe Design of Reversible and Irreversible Enzyme Inhibitors 3. The Design of Organophosphateand Carbamate Inhibitors of Cholinesteraes 4. The Design of Reactivators for Irreversibly BlockedAcetylcholinesterase 5. Inhibition of Protein Biosynthesis: Its Significance in Drug Design
6. Enzymes and their Synthesis as a Target for Antibiotic Action 7. The Rational Design of Antiviral Agents 8. Design of Penicillins 9. The Design of PeptideHormone Analogs 10. Recent Advances in the Design of Diuretics 11. Design of Biologically Active Steroids 12. Rational Elements in the Development ofSuperior Neuromuscular Blocking Agents 13. The Design of Tumor-Inhibitory Alkylating Drugs Volume III: 1. Microbial Conversion as a Tool in thePreparation of Drugs 2. The Use of Linear Free Energy Parameters and Other Experimental Constants in Structure–Activity Studies 3. AnticoagulantsStructurally and Functionally Related to Vitamin K 4. Design of β-Blocking Drugs 5. The Design of Biologically Active Acridines 6. The Design of LocalAnesthetics 7. Design of Insect Chemosterilants 8. Molecular Approach for Designing Inhibitors to Enzymes Involved in Blood Clotting Volume IV:1. Biopharmaceutics as a Basis for the Design of Drug Products 2. Peroral Solid Dosage Forms with Prolonged Action 3. Parenteral Dosage Forms withProlonged Action 4. Design of Topical Drug Products: Pharmaceutics 5. Design of Topical Drug Products: Biopharmaceutics 6. The Design of SunscreenPreparations 7. Litholytic Agents: Preventive and Curative for Nephrolithiasis 8. The Design of Biologically Active Nucleosides 9. The Design of InsecticidalChlorohydrocarbon Derivatives Volume V: 1. Utilization of Operational Schemes for Analog Synthesis in Drug Design 2. The Design of Enzyme Inhibitors:Transition State Analogs 3. Structure–Absorption–Distribution Relationships: Significance for Drug Design 4. The Role of Charge-Transfer Processes inthe Action of Bioactive Materials 5. Approaches to the Rational Combination of Antimetabolites for Cancer Chemotherapy 6. Physicochemical, QuantumChemical, and Other Theoretical Techniques for the Understanding of the Mechanism of Action of CNS Agents: Psychoactive Drugs, Narcotics, andNarcotic Antagonists and Anesthetics Volume VI: 1. Diphenhydramine Derivatives: Through Manipulation toward Design 2. The Design of AntiradiationAgents 3. Rational Approach to Proteinase Inhibitors 4. The Design of Organ-Imaging Radiopharmaceuticals 5. Design of X-Ray Contrast Media6. Agricultural Pesticides: Chemical and Physical Methods of Formulation Volume VII: 1. The Design of Artificial Blood Substitutes 2. Insect Pheromonesas a Basis for the Development of More Effective Selective Pest Control Agents 3. The Design of Auxin-Type Herbicides 4. Development and Applicationof New Steric Substituent Parameters in Drug Design 5. Computer Technology in Drug Design Volume VIII: 1. Advances in the Methodology ofQuantitative Drug Design 2. The Application of Pattern Recognition to Drug Design 3. The Design of Controlled Drug Delivery Systems 4. Receptor Bindingas a Tool in the Development of New Bioactive Steroids 5. The Design of Synthetic Sweeteners 6. The Prospective Assessment of Environmental Effectsof Chemicals 7. Design of Selective Ion Binding Macrycyclic Compounds and Their Biological Applications Volume IX: 1. Design of Safer Chemicals2. Consequences of the Hansch Paradigm for the Pharmaceutical Industry 3. A Physical Chemical Basis for the Design of Orally Active Prodrugs 4. TheMasca Model of Pharmacochemistry I. Multivariate Statistics 5. Rationales in the Design of Rectal and Vaginal Delivery Forms of Drugs 6. IneractiveGraphics in Medicinal Chemistry 7. Logico-Structural Approach to Computer-Assisted Drug Design Volume X: 1. Practical Procedures in Drug Design2. Structural Aspects of the Structure–Activity Relationships of Neuroleptics: Principles and Methods 3. Bridging the Gap between Bioactive Peptides andNonpeptides: Some Perspectives in Design 4. Dynamic Systems Analysis as a Basis for Drug Design: Application to Antihypertensive Drug Action5. Polymeric Drug Delivery Systems 6. The Design of Biocompatible Polymers 7. The Design of Insect Repellents 8. Multivariate Data Analysis in Structure–Activity Relationships 9. The Masca Model of Pharmacochemistry II. Rational Empiricisms in the Multivariate Analysis of Opioids
Indian Rpt. 2009 978-81-312-1659-0 HB BSPPMP Set Price: Rs.12500.00
CHEMISTRY
Essentials of Medicinal Chemistry, 2nd Ed.Korolkovas
Contents : 1. Introduction 2. Psychopharmacological Agents 3. Pharmacodynamics Agents 4. Chemotherapeutic Agents 5. Drugsfor Metabolic Diseases and Endocrine Function 6. Vitamins and Hormones 7. Miscellaneous Agents
Ultraviolet-Visible Spectrophotometry in PharmaceuticalAnalysis
Sándor GörögContents: 1. Introduction 2. The Measurement of Light Absorption (and Reflection) 3. Qualitative Analysis: Relationship Between theStructure and Spectra of Pharmaceutical Compounds 4. Quantitative Analysis on the Basis of Natural Light Absorption 5. Combinationof Spectrophotometric Methods with Chromatographic Techniques 6. Spectrophotometric Methods Based on Chemical Reactions7. Chemical and Spectroscopic Characterization of Derivatization Reactions 8. Difference Spectrophotometry 9. SpectrophotometricDetermination of Pharmaceuticals in Various Matrices 10. Spectrophotometric Analysis of Some Important Groups of Drug Compounds.
Identification and Determination of Impurities in DrugsS. Gorog
Contents: 1. Various aspects of the estimation of impurities in drugs, 2. Identification, structure elucidation and determination ofrelated organic impurities, 3. Identification and determination of residual solvents, 4. Identification, semiquantitative and quatitativedetermination of inorganic impurities, 5. Degraduation products as impurities, 6. Determination of enantiomeric impurities, 7. Estimationof polymorphic modifications as impurities in drugs, 8. Microbiological examination of non-sterile drugs and raw materials, 9. Selectedexamples (impurity profiling of some groups of drugs)
Textbook of Drug Design and Discovery, 4th Ed.Krogsgaard-Larsen, Stromgaard & Madsen
Contents : 1. Molecular Recognition in Ligand–Protein Binding, T. Liljefors 2. Biostructure-Based Drug Design, F. S. Jørgensen andJ. S. Kastrup 3. Ligand-Based Drug Design, I. Pettersson, T. Balle, and T. Liljefors 4. Chemical Biology, K. Strømgaard5. Stereochemistry in Drug Design, M. B. Mayo-Martin and D. E. Jane 6. Natural Products in Drug Discovery, G. T. Carter 7. Imagingin Drug Discovery and Development, M. Rudin and T. Mueggler 8. Peptides and Peptidomimetics, M. Cai, V. V. Kulkarni, and V. J.Hruby 9. Prodrugs: Design and Development, A. Buur and N. Mørk 10. Metals in Medicine: Inorganic Medicinal Chemistry, H. R.Hansen and O. Farver 11. Enzyme Inhibitors: Biostructure-Based and Mechanism-Based Designs, R. A. Copeland, R. R. Gontarek,and L. Luo 12. Receptors: Structure, Function, and Pharmacology, H. Bräuner-Osborne 13. Ion Channels: Structure and Function,S.-P. Olesen and D. B. Timmermann 14. Neurotransmitter Transporters: Structure and Function, C. J. Loland and U. Gether15. GABA and Glutamic Acid Receptor Ligands, B. Frølund and U. Madsen 16. Acetylcholine, A. A. Jensen and P. Krogsgaard-Larsen 17. HistamineReceptors, I. de Esch, H. Timmerman, and R. Leurs 18. Dopamine and Serotonin, B. Bang-Andersen and K. P. Bøgesø 19. Opioid and CannabinoidReceptors, R. P. Clausen and H. S. Hansen 20. Hypnotics, B. Ebert and K. A. Wafford 21. Neglected Diseases, S. B. Christensen 22. ImmunomodulatingAgents, U. G. Sidelmann 23. Anticancer Agents, F. Björkling and L. H. Jensen 24. Antiviral Drugs, E. De Clercq 25. Antibiotics, P. Herdewijn
Engineering ChemistryC V Agarwal, C P Murthy and Andra Naidu
Contents: 1. Water and its Industrial Applications 2. Fuels and Combustion (Chemical Fuels) 3A. Lubricants 3B. Cement andRefractories 4. High Polymers Plastics, Rubbers, Conducting Polymers and Liquids Crystals 5A. Spectroscopy 5B. Water Analysis
Fundamentals of Intellectual Property for EngineersKompal Bansal and Parikshit Bansal
Contents: 1. Intellectual Property Rights and their usefulness for Engineers, 2. Intellectual Property vs. Physical or conventionalProperty, 3. Usefulness of Patents for Engineers, 4. Practical aspects of filing a Patent in India and Abroad, 5. Copyright and itsusefulness in Engineering, 6. Practical aspects of Copyright Registration and Transfer, 7. Industrial Design Registration and itsusefulness in Engineering, 8. Practical aspects of Industrial Design Registration in India and Abroad, 9. Trade Secrets- Importancefor Engineers, 10. Trademarks- Importance in Engineering, 11. Trademarks- Importance in Engineering, 12. Legislations and Policy,13. Digital Innovations and Developments as Knowledge Assets, 14. IP Laws, Cyberlaws and Digital Content Protection,15. Practical Assignments
Contents: 1. Pharmaceutical Inorganic Chemistry 2. Learning of symbols Atomic symbols 3. Acids, Bases, and Buffers 4. Quantitative Analysis(Volumetric and Gravimetric Analysis) 5. Quality control and test for purity 6. Acidifiers Dilute hydrochloric acid 7. Radio Activity 8. Co-ordinationcompounds
Experimental Organic and Medicinal ChemistryT. Durai Ananda Kumar
Contents: 1. General laboratory safety 2. General laboratory practices PREPARATION OF DRUG INTERMEDIATES AND DRUGS 3. Acetylation4. Oxidation 5. Reduction 6. Hydrolysis 7. Nitration 8. Aromatic electrophilic substitution 9. Beckmann rearrangement 10. Biltz synthesis 11. Erlenmeyer-Plochl-Azalactone synthesis 12. Fisher-speier reaction 13. Williamsons ether synthesis 14. Claisen shimdt condensation 15. Knovengel condensation16. Pechmann reaction 17. Alkylation 18. Perkin condensation 19. Wohl-Zieglar reaction 20. Fisher indole synthesis 21. Vilsmeier-hacck reaction22. Mannich reaction 23. Schiff base formation 24. Benzilic acid rearrangement 25. Biginelli reaction 26. Hantsch reaction 27. Radiszewisky reaction28. Phillips reaction 29. Borsche-Drechsel cyclization 30. Paal-Knorr Pyrrole synthesis 31.Paal-Knorr thiophen synthesis 32. Paal-Knorr Pyrrole synthesis33. Riemer-Tiemann reaction 34. Skraup synthesis 35. Von-Bayer synthesis 36. Diazotization 37. Acylation 38. Quinoxaline 39. Phenothiazine 40. Uracil41. Sulphonamides 42. Isoxazole 43. Sulphonation GREEN SYNTHESIS 44.Water reactions 45. Microwave assisted organic reactions 46. Phase transfercatalysed reactions ESTIMATIONS OF DRUGS IN FORMULATIONS 47. Estimation of drugs by acid-base titrations 48. Estimation of drugs by non-aqueous titrations 49. Estimation of drugs by diazotization titrations 50. Estimation of drugs by redox titrations 51. Estimation of drugs by cerimetrictitrations QUALITATIVE ANALYSIS OF INORGANIC AND ORGANIC COMPOUNDS 52. Limit tests 53. Qualitative analysis of inorganic compounds54. Qualitative analysis of organic compounds 55. Qualitative analysis of carbohydrates 56. Qualitative analysis of amino acids and proteins57. Qualitative analysis of alkaloids 58. Qualitative analysis of steroids 59. Qualitative analysis of terpenoids 60. Isolation of natural compounds61. Determination of active principles in natural products